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Product Details:
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| Material: | 316SS | Product Name: | Demister Pad |
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| Application: | Gas Liquid Separation | Size: | As Per Order |
| Mesh Density: | Customized | Feature: | Low Pressure Drop |
| High Light: | wire mesh pad,wire mesh mist eliminator |
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4718 - 100 mm mesh pad demister in 316SS material custom order
Mesh pad demister introduction:
It is used in removing droplets entrained in flow gas, is constructed from knitted wire mesh with a cellular structure. The knit mesh are made into a mesh pad with determinate thickness and diameter, through which the two phases liquid-gas or liquid-vapor are disengaged.
From the statistic data obtained both in laboratory tests and industrial applications, it shows that the proper designed mesh pad demister allows a separation of liquids carried by gas with efficiency reaching 99.9%.
Mesh Pad Demister Specification in this case
| Item | Value | Unit |
| Material | 316SS | / |
| Shape & Size | Φ4718 | mm |
| Mesh Thickness | 100 | mm |
| Demsiter Height | 150 | mm |
| Wire Diameter | 0.23 | mm |
| Mesh Density | 128 | kg/m3 |
| Void Fraction | 0.984 | / |
| Specific Area | 278 | m2/m3 |
| Grids | 25*3 flat bar | mm |
Mesh pad demister Material:
PP(Polypropylene), for corrosive service at temperature up to 70℃.
PTFE, for corrosive service at temperature of (-190℃, 250℃).
Monel, for caustic soda, dilute acid.
Nickel, for caustic Soda, food products.
Copper, for Freon, alcohol.
Aluminium, for Nitric Acid.
Mesh pad demister Advantages:
Simple installation; Low pressure loss; 90% to 99.9% efficiency; Little maintenance is required; Elimination of liquid product loss; Essential improvement of vapor phase quality; Dimensions and configurations are not limited; Contacting surface area is larger than the specific gravity; No direct power is required since the equipment has no operating parts; Compact equipment can be used in accordance with increased production capacity;
With 12 years' experiences, team is ready to provide considered service! Welcome your contact!
Tel: 15112670997
